Case-Based Assembly Coordination Process Planning for Aircraft

Kai Fu Zhang; Yuan Li; Xi Qiu; Hai Cheng Yang

doi:10.4028/www.scientific.net/MSF.532-533.913

Paper Titles

Research on GA-ANN Integration and Its Applications to Cold Extrusion Process Design
p.897

TRIZ-Aided Innovation in Conceptual Design of Control Strategies
p.901

Real-Time Model Building and Experiment Researching of Grinding Force for External Plunge Grinding Process
p.905

Research on Integration Technology of Numerical Engineering Collaborative Design and Simulation Platform
p.909

Case-Based Assembly Coordination Process Planning for Aircraft
p.913

Research on an Information Integration Framework on the Large Complex Product Development PMIS with ERP
p.917

Experiment Study on Shape Defect of Cylinder Shallow Shell
p.921

Numerical Simulation of Orthogonal Cutting Process of a Kind of Difficult-to-Cut Material
p.925

Research on XML-Based Database Integration for Collaborative Design and Manufacture of Space Antenna
p.929

HomeMaterials Science ForumMaterials Science Forum Vols. 532-533Case-Based Assembly Coordination Process Planning...

Case-Based Assembly Coordination Process Planning for Aircraft

Abstract:

To improve efficiency and veracity of planning ACP, and to adequately utilize some knowledge or experience in ACP and the minds of assembly engineers, we apply CBR to ACP planning and present an approach to ACP planning based on CBR for aircraft. The approach mainly includes three aspects: (1) building case library of ACP and defining QC. (2) designing a algorithm searching ACC, including four key factors: SD of important coordination location; SD of assembly coordination approach; SD of assembly allowance requirement; SD of assembly benchmark; (3) retrieving and reusing ACC. Lastly, as shown by an example about a wing, our approach satisfies good efficiency and veracity of planning ACP and can make use of experiences of ACP.